WIDIA-Manchester Thread-Groove-CutOff Catalog
84Pages

Grooving Cut-Off Threading Kennametal Headquarters Europe Kennametal Europe GmbH Rheingoldstraße 50 8212 Neuhausen am Rheinfall Switzerland E-Mail: neuhausen.info@kennametal.com Phone: (41) 52 6570 100 Fax: (41) 52 6570 101 ... is the metalworking industry`s leading help-desk resource for tooling application solutions and problem resolution! • easy access to proven metalworking expertise • service level exellence • best-in-class application support tools and technology Customer Application Support: eu-widia.techsupport@kennametal.com na-widia.techsupport@kennametal.com Grooving | Cut-Off | Threading Asia Pacic Kennametal Singapore Pte. Ltd. No. 11 Gul Link Jurong Singapore 629381 E-Mail: sales@kennametal.com.sg Phone: (65) 6 2659222 Fax: (65) 6 8610922 Widia`s Customer Application Support Team... World Headquarters Kennametal Inc. 1600 Technology Way Latrobe, PA USA 15650 E-Mail: info@kennametal.com Phone: (01) 888.539.5145 Fax: (01) 724.539.6830 Get fast and reliable answers to your toughest metalcutting problems with Widia`s Customer Application Support! Grooving | Cut-Off | Threading A07-308 © 2007 by Kennametal Inc. All rights reserved. Kennametal Inc. 1600 Technology Way | Latrobe, PA 15650 ®

Work material Free cutting steel - Metalworking‘s oldest brand - More than 80 years of premium-quality metalcutting tooling performance Low-allow steel High-alloy steel Since its inception in 1926, Widia has precisely understood how to improve your manufacturing performance and profitability - by introducing unparalleled products and services to reduce your operating costs and lead times. These 80+ pages showcase outstanding products for grooving, cutt-off and threading… all specifically engineered to significantly boost your overall productivity, even in most challenging grooving, cut-off...

Grooving and Parting Grooving and parting operations generally make use of the whole length of the cutting edge, known as the width. Width and depth of operation are determined by the geometry of the insert and the method by which the insert is held. V-shaped insert locating surfaces and/or pin-type holding methods guarantee reliable positioning. Chip control and removal have been given special attention with specially designed chipbreaker geometries which rule out problems with chip clogging or uncontrollable ribbon chips in grooving and cut-off operations. The extensive program includes...

Clamping Principles ProGroove System To change the cutting insert the wrench is inserted into the blade recess. By turning through 90° the blade mouth is opened. In this position the wrench is self-locking, leaving both hands free for changing the cutting insert. The cutting insert is pressed against the rear seat in the blade mouth, releasing the wrench. The insert is accurately positioned and securely clamped. MTC SLS System Load insert into cartridge Exclusive patented Double V insert design provides maximum clamping and outstanding rigidity. Self-contained cartridge has one part number...

Content Content Grooving Application Guide Integral Toolholders Basic Holders for Blades Toolholders for Cut-off / Parting Toolholders for Grooving / Proling Toolholders for Face Grooving Boring Bars Integral Toolholders for Face Grooving Integral Toolholders for Swiss Style Machines Boring Bars Chipbreaker Geometries Feed Values TopGroove Insert Identication System TopGroove and TopThread Holder Identication System TopGroove Technical Data TopThread Insert Identication System TopThread Technical Data Cutting Data

Grooving Application Guide Grooving Application Guide Cut-off Capabilities - precision sintered execution tight tolerances, good repeatability - right- and left-hand styles with 6° lead angles - cut-off widths from 2 to 8 mm (.079 to .315 inch) - screw-clamping integral shank toolholders are available - self-clamping blades and screw-clamping integral shank toolholders are available - grooving, parting as well as O.D. turning - cutting depths from 10 to 40 mm (.394 to 1.580 inch) - single-edge inserts for maximum depth capability Inserts - cutting widths from 8 to 16 mm (.315 to .630 inch)...

Grooving Application Guide Face Grooving Recommended for Light Cutting Inserts - cutting widths from 2,0 to 8,0 mm (.079 to .315 inch) - different geometries for almost all materials - precision sintered execution O.D. Application - screw-clamping integral shank toolholders are available Recommended for Light Cutting Full Radius Inserts - cutting widths from 3,0 to 6,0 mm (.118 to .236 inch) O.D. Application - screw-clamping integral shank toolholders are available - cutting depths from 10 to 32 mm (.394 to 1.260 inch) - cutting depths from 10 to 40 mm (.394 to 1.580 inch) Minimum Face...

ProGroove Integral Holders True-to-size and reproducible cutting edge positioning due to double prism and xed location face. Precise cutting height. Consistant width of groove. No displacing or withdrawing during cutting action. Trouble-free chip ow. ProGroove Blades True-to-size and reproducible cutting edge positioning due to double prism and xed location face. Blade with two usable ends. Blade adjustable to parting diameter. Two-piece design: Blade in tool block.

Groove Width 2 - 8 mm / .079 - .315 inch for grooving and form turning metric Right-hand Inserts for grooving and form turning Spare parts on page 10.

Groove Width 3 -5 mm / .118 - .197 inch for grooving and form turning inch Right-hand for grooving and form turning 1 225 00 130 00 Spare parts

Groove Width 2 - 8 mm / .079 - .315 inch * Basic holders for blades 1 225 13 on page 12 + 13. Spare parts Code for groove width W

Groove Width 2 -8 mm / 0.79 - .315 inch * Blades for basic holders 1 225 12 on page 11.

Groove Width 2 - 8 mm / .079 - .315 inch Code inch Basic holders * Blades for basic holders 3 225 12 on page 11. Code Clamping screw

Groove Width 8 - 16 mm / .315 - .630 inch Code inch Spare parts for groove width W Clamping bolt Wedge clamp Clamping screw Wrench for clamping bolt 1 Clamping bolt 2 Wedge clamp 3 Clamping screw